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    • 1. 发明授权
    • Complementary transistor circuit and amplifier and CRT display device
using the same
    • 互补晶体管电路和放大器和CRT显示器件使用相同
    • US5724519A
    • 1998-03-03
    • US480673
    • 1990-02-15
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • H03F1/34H03F3/19H03F3/343H03G1/00H03G3/30H04N5/14G09G5/00
    • H03G3/3036H03F1/34H03F3/19H03F3/343H03G1/0023H04N5/148
    • The present invention relates to a complementary transistor circuit and an amplifier using it, and, in particular, to a video amplifier for amplifying video signals and a high-definition CRT display device. In amplifying inputted video signals by using a multiplexer, a gain controller and a current mirror amplifier, each element circuit is formed by using complementary transistor circuits. Circuit simplification is thus attained. In addition, higher precision and band broadening has been realized owing to adoption of a current operation. Further, the present invention makes it possible to eliminate direct feedback from the high voltage output completely by providing a low-voltage output circuit for feedback having a similar relationship with respect to the high-voltage video output stage of the video amplifier, thereby performing negative feedback via a sample-and-hold circuit. This also serves to broaden the bandwidth and reduce power dissipation.
    • 互补晶体管电路及其放大器技术领域本发明涉及互补晶体管电路及其使用的放大器,特别涉及用于放大视频信号的视频放大器和高分辨率CRT显示装置。 通过使用多路复用器,增益控制器和电流镜放大器来放大输入的视频信号,通过使用互补晶体管电路形成每个元件电路。 因此实现了电路简化。 此外,由于采用了当前的操作,已经实现了更高的精度和频带扩展。 此外,本发明通过提供与视频放大器的高电压视频输出级具有类似关系的反馈的低电压输出电路,可以完全消除来自高电压输出的直接反馈,由此执行负 通过采样保持电路进行反馈。 这也有助于扩大带宽并降低功耗。
    • 2. 发明授权
    • Complementary transistor circuit and amplifier and CRT display device
using the same
    • 互补晶体管电路和放大器和CRT显示器件使用相同
    • US5757233A
    • 1998-05-26
    • US483844
    • 1995-06-07
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • H03F1/34H03F3/19H03F3/343H03G1/00H03G3/30H04N5/14H03F3/45
    • H03G3/3036H03F1/34H03F3/19H03F3/343H03G1/0023H04N5/148
    • The present invention relates to a complementary transistor circuit and, an amplifier using it, and in particular, to a video amplifier for amplifying video signals and a high-definition CRT display device. In amplifying inputted video signals by using a multiplexer, a gain controller and a current mirror amplifier, each element circuit is formed by using complementary transistor circuits. Circuit simplification is thus attained. In addition, higher precision and band broadening has been realized owing to adoption of a current operation. Further, the present invention makes it possible to eliminate direct from the high voltage output completely by providing a low-voltage output circuit for feedback having a similar relationship with respect to the high-voltage video output stage of the video amplifier, thereby performing negative feedback via a sample-and-hold circuit. This also serves to broaden the bandwidth and reduce power dissipation.
    • 互补晶体管电路及其使用的放大器技术领域本发明涉及互补晶体管电路及其使用的放大器,特别涉及用于放大视频信号的视频放大器和高分辨率CRT显示装置。 通过使用多路复用器,增益控制器和电流镜放大器来放大输入的视频信号,通过使用互补晶体管电路形成每个元件电路。 因此实现了电路简化。 此外,由于采用了当前的操作,已经实现了更高的精度和频带扩展。 此外,本发明通过提供与视频放大器的高电压视频输出级具有相似关系的用于反馈的低压输出电路,可以完全消除高压输出的直接,从而执行负反馈 通过采样和保持电路。 这也有助于扩大带宽并降低功耗。
    • 6. 发明授权
    • Roller offset printing apparatus
    • 滚筒胶印机
    • US5335595A
    • 1994-08-09
    • US84608
    • 1993-07-01
    • Kenkichi YamashitaHideaki Oyanagi
    • Kenkichi YamashitaHideaki Oyanagi
    • B41F3/36B41F3/66
    • B41F3/36
    • A roller offset printing apparatus comprising: a linear stage movable forwards and backwards; a stage driving means for driving said linear stage; a master plate and a work plate disposed at a predetermined interval on said linear stage, said master plate having ink pits reserving ink; a roller transfer drum supported rotatably; a roller transfer drum driving means for driving said roller transfer drum so that said roller transfer drum rotates on the surface of said master plate to transfer the ink in said ink pits of said master plate onto the outer circumferential surface of said roller transfer drum and said roller transfer drum further rotates on a surface of said work plate to thereby transfer the ink from the outer circumferential surface of said roller transfer drum onto the surface of said work plate; a rotation force transmission control means for controlling on/off of transmission of rotation force from said roller transfer drum driving means to said roller transfer drum; a rotation angle detection means for detecting the rotation angle of said roller transfer drum; and a transfer control means for turning off said rotation force transmission control means at the time of start of transfer to thereby cut off transmission of the rotation force from said roller transfer drum driving means to said roller transfer drum and for turning on said rotation force transmission control means at the time of completion of transfer to thereby return said roller transfer drum to a transfer start position.
    • 一种胶辊胶版印刷装置,包括:可向前和向后移动的线性台; 用于驱动所述线性平台的平台驱动装置; 主板和在所述线性平台上以预定间隔布置的工作板,所述主板具有墨滴保留墨; 滚筒传送鼓可旋转地支撑; 滚筒传送滚筒驱动装置,用于驱动所述滚筒传送滚筒,使得所述滚筒传送滚筒在所述主印版的表面上旋转,以将所述主印版的所述油墨凹坑中的油墨转印到所述滚筒传送滚筒的外圆周表面上, 辊转印鼓在所述工作板的表面上进一步旋转,从而将油墨从所述辊转印鼓的外周表面转印到所述工作板的表面上; 旋转力传递控制装置,用于控制从所述滚筒传送鼓驱动装置向所述滚筒传送滚筒传递转动力的传导; 用于检测所述辊转印鼓的旋转角度的旋转角度检测装置; 以及转移控制装置,用于在转移开始时关闭所述旋转力传递控制装置,从而切断从所述辊转印鼓驱动装置到所述辊转印鼓的转动力的传递,并转动所述转动力传递 控制装置,从而将所述辊转印鼓返回到转印开始位置。
    • 7. 发明授权
    • CRT picture display apparatus
    • CRT图像显示装置
    • US4638308A
    • 1987-01-20
    • US654390
    • 1984-09-26
    • Hiroshi KuwabaraJushi IdeYasuji KamataKenkichi Yamashita
    • Hiroshi KuwabaraJushi IdeYasuji KamataKenkichi Yamashita
    • H04N3/00G09G1/04G09G1/16H03K4/02H03K4/06G09G1/08
    • H03K4/06G09G1/04H03K4/026
    • A CRT picture display apparatus of the raster scan type comprises a cathode ray tube for raster scanning, a horizontal deflection circuit for supplying a horizontal deflection current to a horizontal deflection coil of the CRT, a vertical deflection circuit for supplying a vertical deflection current to a vertical deflection coil of the CRT, and a display data generator for supplying data to be displayed to the CRT. The horizontal deflection circuit produces as the horizontal deflection current a triangular current having one period which is twice a horizontal scanning period, and the triangular current has a first portion which increases in response to a horizontal sync signal at a predetermined inclination and a second portion which decreases in response to the next horizontal sync signal at the predetermined inclination and continues until the further next horizontal sync signal, whereby the period for a scanning line to proceed from lefthand end to righthand end of a raster on a screen of the CRT is made substantially equal to the period for the next scanning line to proceed from righthand end to lefthand end, and data is displayed during both the periods.
    • 光栅扫描型的CRT图像显示装置包括用于光栅扫描的阴极射线管,用于向CRT的水平偏转线圈提供水平偏转电流的水平偏转电路,用于向垂直偏转电流提供垂直偏转电流的垂直偏转电路 CRT的垂直偏转线圈和用于提供要显示给CRT的数据的显示数据发生器。 水平偏转电路作为水平偏转电流产生具有水平扫描周期的两倍的一个周期的三角形电流,并且三角形电流具有响应于预定倾斜度的水平同步信号而增加的第一部分和第二部分, 以预定的倾斜度响应于下一个水平同步信号而减小并且持续到下一个下一个水平同步信号,由此基本上使扫描线从CRT的屏幕上的光栅的左端到右端进行的周期 等于下一个扫描线从右端到左端的时间段,并在两个时间段内显示数据。
    • 8. 发明授权
    • Power backed-up dual memory system
    • 电源备份双存储系统
    • US4603406A
    • 1986-07-29
    • US576719
    • 1984-02-03
    • Yoshihiro MiyazakiKenkichi Yamashita
    • Yoshihiro MiyazakiKenkichi Yamashita
    • G06F12/16G06F1/28G06F11/20G11C29/00G06F11/00
    • G11C29/74G06F11/2015
    • A dual memory system consists of two memory units each having volatile memory devices, backup power storage means and backup monitoring facility which memorizes a signal indicative of whether backup is successful or failing. When the contents of one memory unit are copied to another memory unit, the receiving memory unit has the monitor signal in a state which is made coincident with the signal state of the sending memory unit. Consequently, the receiving memory unit will have the same state of the monitor signal as of the sending memory unit at the end of copying, and thus both memory units are in a successful backup state only when the sending memory unit is in a successful backup state.
    • 双存储器系统由两个存储器单元组成,每个存储器单元具有易失性存储器件,备用存储装置和备份监控设备,其存储指示备份是成功还是失败的信号。 当一个存储单元的内容被复制到另一个存储单元时,接收存储器单元具有与发送存储单元的信号状态一致的状态的监视信号。 因此,接收存储器单元将在复制结束时具有与发送存储器单元相同的监视信号状态,因此只有当发送存储器单元处于成功的备份状态时,两个存储器单元都处于成功的备份状态 。
    • 9. 发明授权
    • Convergence distortion correction method and apparatus for color
cathode-ray tube
    • 用于彩色阴极射线管的收敛失真校正方法和装置
    • US4401922A
    • 1983-08-30
    • US391916
    • 1982-06-24
    • Yasuji KamataHiroshi KuwaharaJushi IdeKenkichi YamashitaKoji Takahashi
    • Yasuji KamataHiroshi KuwaharaJushi IdeKenkichi YamashitaKoji Takahashi
    • H01J29/54G09G1/00G09G1/04G09G1/28H04N9/28H04N17/04H01J29/70H01J29/76
    • H04N17/04H04N9/28
    • In a convergence distortion correction method and apparatus for raster-scanned color CRT having a dynamic convergence magnet assembly, the CRT display screen is divided into a plurality of zones. A digital memory is provided with a data storage field and a flag bit field at each address. Addresses of the zones are generated by means of a sync signal regenerated from an input video signal. First, the addresses of zones to be subjected to the adjustment of convergence distortion are selected to set flags in the flag bit fields of the digital memory at its addresses specified by the selected zone addresses. Then, by referring to the flags, guide patterns are displayed on the selected zones and are used to adjust the convergence distortions in those zones. Preferably, one of the displayed guide patterns is flickered. Correction data based on the results of the adjustment are stored in the data storage fields of the digital memory at the corresponding addresses. Correction data for zones other than the selected zones may be interpolated from the correction data for the selected zones.
    • 在具有动态会聚磁体组件的光栅扫描彩色CRT的会聚变形校正方法和装置中,CRT显示屏被分成多个区域。 数字存储器在每个地址处提供数据存储字段和标志位字段。 通过从输入视频信号再生的同步信号产生区域的地址。 首先,选择要进行调整收敛失真的区域的地址,以在由所选区域地址指定的地址的数字存储器的标志位字段中设置标志。 然后,通过参照标志,在所选区域上显示引导图案,并用于调整这些区域中的收敛失真。 优选地,显示的引导图案中的一个闪烁。 基于调整结果的校正数据存储在相应地址的数字存储器的数据存储区域中。 可以从所选区域的校正数据内插用于所选区域以外的区域的校正数据。
    • 10. 发明授权
    • Roller offset printing apparatus
    • 滚筒胶印机
    • US5367953A
    • 1994-11-29
    • US84581
    • 1993-07-01
    • Kenkichi YamashitaHideaki Oyanagi
    • Kenkichi YamashitaHideaki Oyanagi
    • B41F1/16B41F1/34B41F3/36
    • B41F1/34B41F1/16Y10S101/36
    • Disclosed is a roller offset printing apparatus which comprises image sensors 14 and 15 disposed on a linear stage 4, and position correction motors 8 to 13 disposed in the respective peripheries of a master plate 6 and a work plate 7, wherein positions of the master plate 6 and the work plate 7 on the linear stage 4 are detected by the image sensors 14 and 15 so that the respective positions of the master plate 6 and the work plate 7 are corrected by the motors 8 to 13 in accordance with the quantities of displacement when there is any displacement between the detected positions and reference positions. After correction, the linear stage 4 and a roller transfer drum 1 are moved while being synchronized with each other to thereby perform transfer. As a result, accuracy in positioning of the master plate and the work plate on the linear stage is improved, so that good superposition printing is provided.
    • 公开了一种辊式胶版印刷装置,其包括设置在线性平台4上的图像传感器14和15以及设置在主板6和工作板7的各个周边中的位置校正马达8至13,其中主板 6和线性平台4上的工作板7由图像传感器14和15检测,使得主板6和工作板7的相应位置由电机8至13根据位移量校正 当检测到的位置和参考位置之间存在位移时。 在校正之后,线状平台4和滚筒传送滚筒1在彼此同步的同时移动,从而进行传送。 因此,提高了主板和工作板在线性平台上的定位精度,从而提供了良好的叠加打印。